VALEGRO Recirculating coolers - Modern, user-friendly chillers for a wide range of cooling tasks

With the brand new VALEGRO recirculating coolers, JULABO is launching modern, powerful cooling units with natural refrigerant. The recirculating coolers have been developed with the greatest focus on user-friendliness and operational safety within a working temperature range of -20 ... +40°C. With a cooling capacity of 350 W (Valegro 350) and 500 W (Valegro 500) at 20 °C, the new recirculating coolers score with a very high performance/output in relation to their small size.

The integrated adjustable pressure pump enables optimal adjustment of the pump pressure to customer applications.

High user-friendliness and operational safety

The ergonomically inclined OLED display and the easily accessible, illuminated level indicator enable simple operation and placement under the lab bench. The detachable vent grille guarantees simple cleaning of the condenser, which ensures long-term maintenance of performance/output and operational safety.

All functions are simple and quickly accessible. Full-text instructions in German and English enable an immediate response to any incidents and guarantee safe handling of the Unit and application at all times. Useful functions such as Timer, Autostart and data recording improve process monitoring and lead to greater efficiency and time savings.

VALEGRO recirculating coolers have a continuously adjustable pump, which is a real special feature in this performance class. The flow rate can therefore be optimally adapted to the application, which enables safe working even with pressure-sensitive glass apparatus and reduces the sound volume at the same time.

RS232 and USB-C interfaces are integrated as standard, placed directly under the front display and are easy to access. The optional Ethernet interface enables integration into any network and full access to all functions via a PC.

The new VALEGRO recirculating coolers are environmentally friendly all-rounders for a wide range of cooling and heating tasks. They are characterized by a good ratio between cooling capacity and unit size as well as an optimal usability.